Mathematics and natural sciences – master programs
19.04.01 Biotechnology – System Biotechnology and Architecture of Living Systems (Institute of Environmental Sciences)
| Name | 19.04.01 Biotechnology – System Biotechnology and Architecture of Living Systems (Institute of Environmental Sciences) |
| Level | Master’s degree |
| Duration | 2 years |
| Form of study | Full-time |
| Teaching language | Russian |
| Place of sale | Kazan, Institute of Environmental Sciences |
| Description of the program, specialized courses | The main objective of the program is to train an expert researcher in the field of biotechnology . This direction is one of the most promising and promising in studying the possibilities of using living organisms. In today’s world, biotechnology is inextricably linked with engineering (including genetic engineering), energy, agriculture, ecology, medicine, and many other industries and scientific areas. At the intersection of biotechnology and other scientific fields, the most interesting and unexpected solutions can be born, allowing you to better recognize and use the potential of a wide variety of living organisms. A biotechnologist is not only a production worker, he is also a scientist who is engaged in research on changing the properties of a living organism, in particular, uses advanced technologies of molecular biology, genetic engineering to help people and the environment. Biotechnologists work in research institutes and teach at universities. They are also in demand in large companies and enterprises. Students are trained in the laboratories of KFU using modern equipment, the practice is implemented in companies and biotechnological enterprises. Main disciplines: Modern equipment for biotechnological production Biochemical and microbiological foundations of biotechnological processes Biotechnologies for neutralization of organic toxicants and soil re-cultivation Technologies for the production of biological means of plant protection and nutrition Microbial biotechnology in animal husbandry Modern medical biotechnologies Technologies for the production of biofuels and energy from renewable sources of raw materials Biotechnologies for wastewater treatment and restoration of natural water bodies Methods of molecular biology in biotechnology |
| Career prospects | Public administration in environmental and food safety Perfume and cosmetics industry Oil and gas industry |
21.04.02 Land Assessment and Monitoring (Institute of Environmental Sciences)
| Name | 21.04.02 Land Assessment and Monitoring (Institute of Environmental Sciences) |
| Level | Master’s degree |
| Duration | 2 years |
| Form of study | Full-time |
| Teaching language | Russian |
| Place of implementation | Kazan, Institute of Environmental Sciences |
| Description of the program, specialized courses | Master’s program 21.04.02 Land management and cadastres (profile: Assessment and monitoring of land) is focused on the study of current problems and development trends in the land management industry, modern methods (technologies) of design and land management work. Graduates in the direction 21.04.02 Land management and cadastres are able to process land management information using new technologies of mathematical and computer modeling, geographic information systems and systems for monitoring land resources, develop and implement a feasibility study for plans, projects and schemes for the use of land resources and territorial planning. Main disciplines: Geo-information technologies in land management Planning and organization of land management and cadastral works Modern problems of land management and cadasters Automated systems for design and cadaster Regional development management Territorial development of cities State administration in the field of protection of land resources Land monitoring Modern methods for assessing agricultural land Management of the land and property complex Cadastral zoning of the territory |
| Career prospects | Public administration in land management Cartography Land measurements and cadastral engineering |
06.04.02 Soil Science – Information Technology and Management of Agricultural Ecosystems (Institute of Environmental Sciences)
| Name | 06.04.02 Soil Science – Information Technology and Management of Agricultural Ecosystems (Institute of Environmental Sciences) |
| Level | Master’s degree |
| Duration | 2 years |
| Form of study | Full-time |
| Teaching language | Russian |
| Place of sale | Kazan, Institute of Environmental Sciences |
| Description of the program, specialized courses | The direction of the training program 06.04.02 Soil science includes the training of professional specialists who are able to carry out scientific research in the field of studying the soil cover on the basis of fundamental knowledge in the field of soil science and agricultural chemistry. Specialists are able to implement scientific and technical projects on the introduction of information technologies and agroecosystem management in the practice of agricultural production, rational use of soils, conservation of soil fertility and land management. Main disciplines: 1. Information technologies in soil science, agricultural chemistry and soil ecology 2. Mathematical modeling of soil processes 3. Modern innovative technologies in agricultural chemistry, agriculture and soil fertility management 4. Special methods for the analysis of soils, parent rocks and groundwater 5. Modern problems of soil science and agricultural ecology 6. Monitoring the state of land resources 7. Legislative framework for rational use of soils and conservation of soil fertility 8. Computer technologies and databases in soil science and agricultural chemistry 9. Assessment of anthropogenic load on the soil cover 10. Development of expert opinions in the field of agricultural chemistry, agricultural ecology and soil science. |
| Career prospects | Public administration in environmental protection and agriculture Food safety Land surveying Forestry Agricultural research |
05.04.04 Hydrometeorology – Modeling of Atmospheric Processes (Institute of Environmental Sciences)
| Name | 05.04.04 Hydrometeorology – Modeling of Atmospheric Processes (Institute of Environmental Sciences) |
| Level | Master’s degree |
| Duration | 2 years |
| Form of study | Full-time |
| Teaching language | Russian |
| Place of implementation | Kazan, Institute of Environmental Sciences |
| Description of the program, specialized courses | The educational program is built in accordance with the recommendations of the World Meteorological Organization (WMO), based on the WMO document “Guidelines for teachers in the field of meteorological, hydrological and climate services” and modern State educational standards. The competitiveness of the program is ensured by the presence of permanent contacts with employers, the orientation of courses in accordance with the competencies necessary for employers and the continuous work of the teaching staff of the department to improve their skills. Main disciplines: Theory of General Atmospheric Circulation and Climate Atmospheric chemistry and climate Long range meteorological forecasts Meteorological support of economic activity Special questions of theoretical meteorology Methods of influence on atmospheric processes Predictive hydro-meteorological models Geophysical hydrodynamics: atmospheric processes Bioclimatology Simulation of the middle atmosphere |
| Career prospects | Weather services Aviation services |
04.05.06 System Ecology – Digital and Remote Methods (Institute of Environmental Sciences)
| Name | 04.05.06 System Ecology – Digital and Remote Methods (Institute of Environmental Sciences) |
| Level | Master’s degree |
| Duration | 2 years |
| Form of study | Full-time |
| Teaching language | Russian |
| Place of sale | Kazan, Institute of Environmental Sciences |
| Description of the program, specialized courses | The goal of the master’s program “System ecology, digital and remote methods” is to train professional ecologists, who are able to carry out system-level analysis of the state and characteristic of environmental systems; to develop and implement advanced technologies for monitoring and forecasting of changes in the ecosystem and environmental resources; determine strategies for optimal environmental management and sustainable development of regions; make managerial decisions in the area of ecology and the use of natural resources. Basic component: System ecologyMathematical models in ecologyLandscape ecology and nature conservationInternational cooperation on environmental protectionGIS technologies and spatial analysisRemote sensing in environment assessmentRegression analysis in ecology |
| Career prospects | Public administration in environmental protection Research in environmental protection GIS expert |
05.04.06 Ecological Safety and Management of Environmental Protection (Institute of Environmental Sciences)
| Name | 05.04.06 Ecological Safety and Management of Environmental Protection (Institute of Environmental Sciences) |
| Level | Master’s degree |
| Duration | 2 years |
| Form of study | Full-time |
| Teaching language | Russian |
| Place of implementation | Kazan, Institute of Environmental Sciences |
| Description of the program, specialized courses | The master’s program “Ecological safety and management in the field of environmental protection” (05.04.06 Ecology and nature management) is focused on studying the principles of biosphere safety, business administration in the field of intersectoral management of environmental protection and nature management; development of innovative energy and resource-saving technologies, methods of restoration and rehabilitation of disturbed territories; use of modern methods of managing natural resources and the ecological situation in the region, including geographic information systems, to ensure environmental safety and sustainable development. A Master in Ecology and Nature Management can conduct comprehensive studies of sectoral, regional, national and global environmental problems, develop recommendations for their resolution; evaluate the state, stability and forecast of the development of natural complexes; able to design standard environmental measures; evaluate the impact of planned facilities or other forms of economic activity on the environment; conduct environmental monitoring; analyze private and general problems of the use of natural conditions and resources, environmental management; identify and diagnose problems of nature protection, develop practical recommendations for the conservation of the natural environment in order to ensure environmental safety and sustainable development. Main disciplines: 1. Audit of technologies, industries and territories according to environmental criteria. 2. Legislative framework for ensuring environmental safety and management in the field of environmental protection. 3. Engineering and environmental support for the rehabilitation of disturbed areas. 4. Innovations in ecology and nature management. 5. Computer technologies and statistical methods in ecology and nature management. 6. Conceptual bases and methods for assessing environmental risk and negative consequences of economic activity. 7. Methods of ecological immunology and genetics in ensuring ecological safety. 8. Good international industry practice for the protection of the environment and public health. 9. Natural focal infections of territories. 10. Food and biological security. 11. Radiation safety. 12. Evolution of the biosphere. 13. Ecological toxicology. 14. Environmental technologies for the restoration of water bodies. 15. Energy-saving environmental technologies. |
| Career prospects | Public administration in environmental protection Agricultural industry Laboratory employment |
01.04.03 Mechanics and Mathematical Modelling – Mechanics of Deformable Solids (Institute of Mathematics and Mechanics)
| Name | Content |
| Name | 01.04.03 Mechanics and Mathematical Modelling Specialization “Mechanics of Deformable Solids” |
| Level | Master’s degree |
| Duration | 2 year |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan, N.I. Lobachevsky Institute of Mathematics and Mechanics |
| Description, major courses | The aim of the program is – to train the student in the field of Mathematical Methods of Modelling of Mechanics of Deformable Solids (solving various problems using processes of mathematical modelling objects using modern mathematical equipment and software; developing effective methods for solving problems of natural science, engineering, economics and management); -to prepare Master’s degree students for Postgraduate Program “Mechanics of Deformable Solids”, “Mathematical modeling, numerical methods and software packages”. Additional Chapters of Mechanics of Deformable Solids Computer Practicum in Mechanics Additional Chapters on Fluid and Gas Mechanics Dynamics of Structures with Moving Loads Soil Mechanics Stability of Plates and Shells Dynamics Problems of Elasticity Theory Computational Methods in Nonlinear Mechanics Modern Problems of Mechanics Mechanics of Contact Interaction and Fracture Mechanics of Composite Materials Viscoelasticity Theory Experimental Research of Material Properties |
| Career prospects | Graduates are prepared to solve professional problems following types: research, pedagogical, design-technological, organizational and managerial. Work in higher and secondary educational institutions, research organizations, engineering departments of oil and gas industry, automotive, energy and mechanical engineering, as well as aerospace industry. Lecturer Engineer Mechanical Engineer Research Engineer Calculating Engineer Design Engineer Researcher Project Manager |
01.04.03 Mechanics and Mathematical Modelling – Fluid, Gas and Plasma Mechanics (Institute of Mathematics and Mechanics)
| Name | Content |
| Name | 01.04.03 Mechanics and Mathematical Modeling; Major “Mechanics of Fluid, Gas, and Plasma” |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan, N.I. Lobachevsky Institute of Mathematics and Mechanics |
| Description, major courses | The program is designed for graduates of bachelor’s and specialist’s degree programs in the natural sciences. Training goes on the way of specialization in the field of classical hydromechanics. The first year is dominated by the disciplines of general professional courses; the second year – special disciplines, disciplines of choice, workshops and research work. Among the many areas of aerohydromechanics in the educational environment of KFU IMM the leading problems are those of classical fluid dynamics, turbulent flow and heat transfer theory, underground fluid mechanics and multiphase media dynamics. Significant emphasis is placed on computational experiments using high-performance computational schemes and algorithms. The basic programming language is C++. Such software packages as Matlab, Wolfram Mathematica, ANSYS, FLUENT, OpenFOAM, etc. are used in the classes. |
| Career prospects | Researcher; Software developer; Modeling department specialist; Programmer; Performance Lead; Deputy General Director of Technology Center, Software Developer, NG field development engineer |
01.04.03 Mechanics and Mathematical Modelling – Mechanics of the Oil and Gas Seam (Institute of Mathematics and Mechanics)
| Name | Content |
| Name | 01.04.03 Mechanics and mathematical modeling, specialty “Mechanics of oil and gas reservoirs |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan, N.I. Lobachevsky Institute of Mathematics and Mechanics |
| Program description, major courses | The purpose of the program is to train qualified, competitive specialists in the field of research activities, using mathematical methods and computer technologies to solve problems of oil and gas reservoir mechanics. Target applicants are graduates of undergraduate science programs with basic knowledge of mathematics, mechanics and/or physics, programming, and a general understanding of oil and gas reservoir geology. In the first semester, students are offered a number of elective courses designed to compensate for differences in basic education. Obligatory disciplines: – basics of geology and theory of oil and gas field development, – computer workshop on mechanics, – mechanics of liquids, gas and plasma, – mechanics of deformable solids Elective courses: – Fundamentals of Continuum Mechanics; – multiphase filtration theory; – methods for solving mesh equations; – Mathematical modeling of the geological structure of the oil and gas reservoir; – modern software for reservoir hydrodynamic simulation; – numerical simulation packages for mechanical problems; – modeling of geological and technical measures Students conduct practical training on the basis of oilfield service companies with the possibility of further employment. |
| Career prospects | Examples of positions: Modeling Department Specialist, Programmer, Software Developer, NIH Reservoir Engineer,Software Developer |
01.04.01 Mathematics – Analysis on Varieties (Institute of Mathematics and Mechanics)
| Name | Содержание |
| Name | 01.04.01 Mathematics Specialization «Analysis on Varieties» |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan, N.I. Lobachevsky Institute of Mathematics and Mechanics |
| Program description, major courses | This master’s degree program provides fundamental knowledge of complex and functional analysis, algebra and geometry, as well as computer technology and programming. Graduates possess basic and special methods of mathematical research in the analysis and solution of various mathematical problems using deep knowledge of fundamental and special physical and mathematical disciplines and computer science. Major disciplines: Algebra, abstract algebra Computable algebras Computational Geometry Geometric theory of functions Additional chapters of comprehensive analysis Additional chapters of the theory of smooth manifolds Additional chapters of functional analysis Selected Issues in Number Theory Selected Chapters of Mathematical Logic Isoperimetric inequalities Quasi-conformal mappings Boundary problems of the theory of analytic functions and singular integral equations Riemann surfaces The theory of rings and modulesElliptic functions |
| Career prospects | Higher education teacher, researcher in mathematics, developer of mathematical models, analyst, financial analyst, programmer, specialist mathematician working in applied fields such as economics, finance, business, medicine, engineering. |
01.04.01 Mathematics – Geometry and Its Applications (Institute of Mathematics and Mechanics)
| Name | Content |
| Name | 01.04.01 Mathematics Major: Geometry and its applications |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Partner | Novosibirsk State University |
| Location | Kazan, N.I. Lobachevsky Institute of Mathematics and Mechanics |
| Program description, major courses | Type of professional activity: Research activities in fundamental and applied mathematics, mechanics, natural sciences; teaching activities in mathematics, mechanics, computer science. The list of the main disciplines of the specialization: methods of mathematical modeling of natural science problems; modern problems of mathematics; machine learning; project management; Riemann surfaces and their applications in integrable systems; Geometry and topology of toric manifolds; Lobachevsky geometry; computer technology in geometry; Beginnings of symplectic geometry; Geometry and analysis on varieties; metric geometry; general theory of relativity; algebraic topology; Interactive and dynamic graphics in computer mathematical systems; 3D computer modeling |
| Career prospects | Examples of graduate job titles and positions: university lecturer; postgraduate student; researcher; data analyst; aircraft guidance systems developer. |
03.04.02 Theoretical Physics and Modeling of Physical Processes (Institute of Physics)
| Title | 03.04.02 Theoretical Physics and Modeling of Physical Processes |
| Level | Master’s degree |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan, Institute of Physics |
| Description, Major courses | Training of highly qualified competitive theoretical physicists (+experimental physicist with enhanced theoretical training) in – Condensed Matter Physics – Gravitational Physics and Cosmology – Computer Modelling with appropriate methods in mathematics and programming. Our students have the opportunity to intern and to continue their studies and research activities in graduate schools, both at KFU’s Institute of Physics and in other institutions of Russia (Moscow State University (MSU), Higher School of Economics (HSE), Moscow Institute of Physics and Technology (MIPT), Joint Institute for Nuclear Research (JINR)) and abroad (Germany, France, Japan, etc.). Main disciplines: – Modern Physics – Information Technologies in Physics – Academic Communication – Additional Chapters in Quantum Theory – Physics of Nonequilibrium Processes – Modern Methods of Classical and Quantum Field Theory – Quantum Computing – Theory of Phase Transitions in Condensed Media Optional courses: – Nonlinear Systems and Fractals – Chemoinformatics – Physical Principles of Nanostructures Creation – Methods of Quantum Field Theory in Statistical Physics – Modern Theory of Gravitation – Theoretical Foundations of Spintronics – Physics of Noncrystalline Media – Computer Aided Design of Materials – Computational Methods and Simulation of Physical Processes – Gravitational Waves – Theory of Optical Spectrum – Experimental Methods in Condensed Matter Physics and Fundamentals of Spintronics – Black Holes and Wormholes – Quantum Low Dimensional Structures – Experimental Tests in Gravity Theory – Theory of Strongly Correlated Systems – Relativistic Plasma Theory – Diffusion in Disordered Media |
| Career prospects | Areas of professional activity – Research in Fundamental Science (leading Russian and international scientific centers) – Education (universities and institutions of higher and secondary professional education) – Programming and modeling (IT companies and organizations) – Applied research (scientific departments of industrial enterprises) Employment Opportunities: – Postgraduate research in educational and research organizations – Departments and laboratories of educational and research organizations: researcher, teacher; – Financial and advertising organizations and high-tech industries: data analyst; – IT-sphere enterprises: Programmer, Developer. |
05.04.01 Geology – Stratigraphy of oil and gas basins (Institute of Geology and Petroleum Technologies)
| Title | 05.04.01 Geology – Stratigraphy of oil and gas basins |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Modeling of deposits Sedimentology Mathematical methods in paleontology and stratigraphy Zonal stratigraphy Biological mineralization Contemporary techniques of stratigraphy Analysis of sediment beds Paleomagnetic scales Enhanced oil production Geochronology Applied geomagnetic techniques |
| Career prospects | Hydrocarbon engineering Geological exploration Teaching and research |
05.04.01 Geology – Digital methods of modeling in hydrocarbon geology (Institute of Geology and Petroleum Technologies)
| Title | 05.04.01 Geology – Digital methods of modeling in hydrocarbon geology |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Modeling of deposits Petrophysical properties of rocks Geological statistics Geo-information technology Interpretation of seismic data Field geology Analysis of sediment beds Machine learning in geology Hydrodynamic modeling Enhanced oil production |
| Career prospects | Hydrocarbon engineering Geological exploration Teaching and research |
05.04.01 Geology – Engineering geology and geology of urban territories (Institute of Geology and Petroleum Technologies)
| Title | 05.04.01 Geology – Engineering geology and geology of urban territories |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Modeling of deposits Geo-information technology Hydrodynamics and hydro-geochemistry Cartography Interpretation of geophysical data Dynamics of underground water Computer modeling Shallow depth geophysics Geochemical techniques in geological exploration Engineering constructions |
| Career prospects | Civil engineering Teaching and research |
05.04.01 Geology – Geophysical technology of hydrocarbon exploration (Institute of Geology and Petroleum Technologies)
| Title | 05.04.01 Geology – Geophysical technology of hydrocarbon exploration |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Interpretation of geophysical data Geology and genesis of hydrocarbon resources Seismic data Geo-information technology Process control in hydrocarbon production Geomorphological and space geology analysis Seismic stratigraphy Interpretation of distance Earth surveillance data |
| Career prospects | Hydrocarbon engineering Geological exploration Teaching and research |
05.04.01 Geology – Complex data analysis in geosciences (Institute of Geology and Petroleum Technologies)
| Title | 05.04.01 Geology – Complex data analysis in geosciences |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | English |
| Location | Kazan |
| Major courses | Modeling of deposits Sedimentology Mathematical methods in paleontology and stratigraphy Zonal stratigraphy Biological mineralization Contemporary techniques of stratigraphy Analysis of sediment beds Paleomagnetic scales Enhanced oil production Geochronology Applied geomagnetic techniques |
| Career prospects | Hydrocarbon engineering Geological exploration Teaching and research |
05.04.01 Geology – Geology and geochemistry of oil and gas (Institute of Geology and Petroleum Technologies)
| Title | 05.04.01 Geology – Geology and geochemistry of oil and gas |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Geological modeling Calculation of geological reserves Geo-information technology Oil and gas basins of the world Hydrodynamic, wave and impulse techniques of well prospecting Non-traditional reservoirs Petrophysical properties of rocks Applied organic geochemistry Natural bitumen |
| Career prospects | Hydrocarbon engineering Geological exploration Teaching and research |
05.04.01 Geology – Geology of mineral deposits (Institute of Geology and Petroleum Technologies)
| Title | 05.04.01 Geology – Geology of mineral deposits |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Modeling of deposits Magma processes and ore formation Industrial classification of minerals Genetic mineralogy Laboratory techniques in mineral analysis Sedimentary processes Calculation of mineral reserves Mineralography Modeling of sedimentary basins Mining law Basics of cartography |
| Career prospects | Hydrocarbon engineering Geological exploration Teaching and research |
01.04.03 Mechanics and mathematical modeling – Biomechanics (Institute of Mathematics and Mechanics)
| Title | 01.04.03 Mechanics and mathematical modeling – Biomechanics (Institute of Mathematics and Mechanics) |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Mechanics of liquids and gases Mechanics of deformable solids History and methodology of mathematics and mechanics Processing of 3D data Experimental methods of bone research Experimental methods of muscle research Biomechanics of blood circulation Anatomy of internal organs Anatomy of locomotion Applied mechanics of biological systems Automation of clinical diagnostics Automation of clinical rehabilitation |
| Career prospects | Digitization and robotization of healthcare Production of medical equipment and materials |
02.04.01 Mathematics and computer sciences – Statistical methods of data science (Institute of Mathematics and Mechanics)
| Title | 02.04.01 Mathematics and computer sciences – Statistical methods of data science (Institute of Mathematics and Mechanics) |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Machine learning Algorithms and data structures History and methodology of mathematics Statistical analysis of data Probability theory Dispersion analysis Stochastic processes and time series Optimal statistical solutions Statistical bootstrapping |
| Career prospects | Computer programming Applied statistical analysis |
02.04.01 Mathematics and computer sciences – Methods of statistical and algorithmic modeling of fundamental and applied tasks (Institute of Mathematics and Mechanics)
| Title | 02.04.01 Mathematics and computer sciences – Methods of statistical and algorithmic modeling of fundamental and applied tasks (Institute of Mathematics and Mechanics) |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Machine learning Algorithms and data structures History and methodology of mathematics Project management Computational geometry and computer algebra Mobile applications Computer graphics Approximate-analytical solutions of boundary value problems and their applications Computer security Computer modeling of mechanical and electrodynamic processes Introduction to robotics Wavelet theory |
| Career prospects | Computer programming Applied statistical analysis Automation and robotization of industrial processes |
04.04.01 Chemistry – Chemoinformatics and molecular modeling (Institute of Chemistry)
| Title | 04.04.01 Chemistry – Chemoinformatics and molecular modeling (Institute of Chemistry) |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Chemical bonds Organic chemistry Computer, networks and operating systems Databases Quantum chemistry Chemical reactions Chemoinformatics Molecular modeling Bioinformatics Drug design |
| Career prospects | Drug design Molecular modeling Prediction of chemical properties Chemical database management |
04.04.01 Chemistry – Innovative materials and their research (Institute of Chemistry)
| Title | 04.04.01 Chemistry – Innovative materials and their research (Institute of Chemistry) |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Analytical chemistry Organic chemistry Materials science Kinetics and thermodynamics of catalysis Chemical production Chromatography Flow measurements Research of materials and composites Microscopy and diffraction testing Quality management Crime scene and evidence investigation in chemistry Ultrafast calorimetry |
| Career prospects | Materials design Chemical production Catalysis |
04.04.01 Chemistry – Organic, organoelement and medical chemistry (Institute of Chemistry)
| Title | 04.04.01 Chemistry – Organic, organoelement and medical chemistry (Institute of Chemistry) |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Organic chemistry Supramolecular chemistry Organic synthesis Biochemistry Medical chemistry Toxicology Molecular and cell biology Pharmacology Pharmaceutical chemistry Organoelement compounds Nanochemistry |
| Career prospects | Drug design and production Healthcare Organic chemical industry |
04.04.01 Chemistry – Teacher education in chemistry (Institute of Chemistry)
| Title | 04.04.01 Chemistry – Teacher education in chemistry (Institute of Chemistry) |
| Level | Master |
| Duration | 2 years |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Organic chemistry Inorganic chemistry IT in teaching History of chemistry Methodology of teaching Pedagogical interaction Chemical experimentation in education Monitoring of academic performance Laboratory management Extracurricular activities and project education in chemistry |
| Career prospects | Teaching |
01.04.04 Applied mathematics – Mathematical modeling (Institute of Computational Mathematics and IT)
| Name | 01.04.04 Applied mathematics – Mathematical modeling |
| Level | Master |
| Duration | 2 |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Principles of mathematical modeling Grid equations Programming technology Differential and integral equations Boundary value problems Scientific methodology Mathematical physics Parallel algorithms Optimization problems |
| Career prospects | Mathematical calculations Teaching and research |
01.04.04 Applied mathematics – Classic and quantum methods of information management (Institute of Computational Mathematics and IT)
| Name | 01.04.04 Applied mathematics – Classic and quantum methods of information management |
| Level | Master |
| Duration | 2 |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Algebra and number theory Theory of information Theory of complexity Quantum information theory Quantum cryptography Cryptographical methods of information protection Databases Blockchain technology Machine learning |
| Career prospects | Computer programming Teaching and research Information security |
01.04.04 Applied mathematics – Computational geometry and high-performance calculations (Institute of Computational Mathematics and IT)
| Name | 01.04.04 Applied mathematics – Computational geometry and high-performance calculations |
| Level | Master |
| Duration | 2 |
| Mode of study | Full-time |
| Language of study | Russian |
| Location | Kazan |
| Major courses | Programming technology CUDA Computer graphics Triangulation Object-oriented programming Functional analysis Scientific methodology MPI OpenMP Neural networks AutoCAD |
| Career prospects | Teaching and research Robotics Computer-aided engineering Geographic information Computer vision |